Plants really don't have a circulatory system. Water and nutrients move through a plant by simple physics. It's not pumped anywhere like an animal's circulatory system is.
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The circulating fluid is pumped through the vessel system to transport heat, chemicals, or other materials efficiently. By continuously moving the fluid through the system, it helps maintain consistent temperature or chemical composition, ensuring proper functioning of the vessel.
The respiratory system deals with the lungs and intake of oxygen and excretion of carbon dioxide, while the cardiovascular system deals with the heart, arteries, veins, and capilaries and more specifically the transport of blood throughout the body. and the lungs
Nonvascular plants lack lignin-impregnated conducting cells. They also lack an extensive transport system.
Plants have a transport system called xylem and phloem, which transport water and nutrients throughout the plant. Animals have a circulatory system, with blood vessels, heart, and blood that transport oxygen, nutrients, and wastes throughout the body. Plants rely on osmotic pressure and transpiration to move fluids, while animals have a pump (heart) to circulate fluids.
Serum is in the blood vessels (circulating blood). Lymph is the plasma that diffuses through the arteries (used to be part of the blood) into the lymph system. Once it flows through the lymph system, it will rejoin with blood through veins.
Intermodal transportation is generally defined as a system of transport whereby two or more modes of transport are used to transport the same loading unit in an integrated manner. While multimodal is the continuous movement of goods by more then one means of transport.
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Other liquids circulating in the body include interstitial fluid, which surrounds cells and tissues; lymph, which flows in the lymphatic system and helps transport immune cells; and cerebrospinal fluid, which surrounds the brain and spinal cord providing protection and nutrients.